CN2215880Y

CN2215880Y - Automatic soya-bean milk machine

Info

Publication number: CN2215880Y
Application number: CN95202657U
Authority: CN
Inventors: 陈文莹
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-02-16
Filing date: 1995-02-16
Publication date: 1995-12-27
Anticipated expiration: 2005-02-16

Abstract

The utility model relates to an automatic soya-bean milk machine which is composed of a base, a container arranged on the base, and a top cover arranged on the container. The periphery of a stirring blade arranged in the container is provided with a filter net for placing the soya-bean, and the side edge of the filter net is provided with an electric heating pipe. A sensing rod which is higher than the electric heating pipe is arranged at the proper position for detecting the liquid surface. The utility model collects the functions of mixing, stirring, heating, filtering residue, etc. to integration, and an automatic switch is matched for setting. The effect of safely and automatically preparing soy-bean milk can be obtained.

Description

Automatic soya-bean milk machine

The utility model belongs to food processing machinery, relates in particular to a kind of automatic soya-bean-milk making machine.

At present, family makes soya-bean milk, be earlier with grater with soya bean wear into aqueous after, utilize the screen pack filtration residue again, heating is at last boiled, manufacture process is loaded down with trivial details, and wastes time and energy.

The purpose of this utility model is to overcome the inconvenience of family's self-control soya-bean milk, and design provides a kind of automatic soya-bean-milk making machine, it is had simultaneously blend, function such as heating and residue filtering is in one, and has liquid level sensor, can cut off the power supply automatically when meeting lack of water, burn the safety when guaranteeing to use to prevent electrothermal tube temperature jump.

The utility model adopts following technical scheme:

Automatic soya-bean-milk making machine of the present utility model, by support 1, container 2 and loam cake 3 are formed, be provided with the high rotating speed motor 11 of series excitation type in the support 1, the outside is provided with switch controlling device 7, support 1 top is provided with the spacer 13 that protrudes out, periphery is provided with more than one L type draw-in groove 14, support 1 central depression 15 is provided with the driving-disc 16 that is driven by motor 11, the L type draw-in groove 14 of the bottom inner peripheral 21 relative supports of container 2 is provided with clamping block 211, the body flange 22 of container 2 central interior is provided with and blends cutter 23, turning cylinder 24 bottoms that blend cutter 23 be installed with can be mutually meshing with driving-disc 16 Brake Block 25, loam cake 3 places on the container 2, two conducting strips 17 of symmetry are established in support 1 top, supply line 18 in conducting strip 17 and the support 1 connects, support 1 top appropriate location is provided with a sensing chip 19, body flange 22 outsides of container are provided with larger-diameter convex ring body 26, the outer peripheral edges of convex ring body 26 are provided with more than one blocking projection 261, be provided with filter screen 4 in the container 2, filter screen 4 upper and lower end faces are nested with 41 of adamants, help with reinforced ribs 42 centre again, its top is provided with protecting cover 43, the lower end periphery is established inverted L shape draw-in groove 411 with respect to blocking projection 261 places, inverted L shape draw-in groove 411 is nested on the blocking projection 261 of convex ring body 26 outer rims, electrothermal tube 5 usefulness screws 52 are fixed on and are semi-circular body in the container, both ends 51 stretch through at container 2 root edges, sensing bar 6 is locked in the container 2 by screw 61, its height that protrudes out is a little more than the height of electrothermal tube, and its bottom protrudes out at container 2 root edge faces with respect to sensing chip 19 places.

Specifically narrate embodiment below in conjunction with accompanying drawing:

Fig. 1 is an outside drawing of the present utility model

Fig. 2 is a STRUCTURE DECOMPOSITION stereogram of the present utility model

Fig. 3 is a cutaway view of the present utility model

Fig. 4 is a control circuit calcspar of the present utility model

1 support, 11 motors, 13 spacers, 14 draw-in grooves, 15 depressed parts, 16 driving-discs, 17 conducting strips, 18 supply lines, 19 sensing chips, 2 containers, 21 inner peripherals, 211, clamping block, 22 body flanges, 23 blend cutter, 24 turning cylinders, 25 Brake Blocks, 26 convex ring bodies, 261 blocking projections, 3 loam cakes, 4 filter screens, 41 adamants, 411 draw-in grooves, 42 reinforced ribs, 43 protecting covers, 5 electrothermal tubes, 51 ends, 52 screws, 6 sensing bars, 61 screws, A among the figure, B, C, the D button

During use, as Fig. 1, Fig. 2, shown in Figure 3, when motor 11 starts, drive driving-disc 16 rotations, driving-disc 16 can be mutually meshing with the Brake Block 25 that is inserted in by the structure of the ratchet-like in it, and then drive its rotation, blend cutter 23 can be on body flange 22 fast rotation, container 2 utilizes the clamping block 211 of its bottom inner peripheral 21, L type draw-in groove 14 tops by support 1 embed, when container 2 on the support 1 rotation one angle after, clamping block 211 promptly is fastened in the L type draw-in groove 14, fixed container 2, this moment container 2 root edges Brake Block 25 also with support 1 on the driving-disc 16 that driven by motor 11 mutually meshing, interlock rotation together, when container 2 combines fixedly with support 1, be locked in the electrothermal tube 5 of container 2 and sensing bar 6 also with support 1 on conducting strip 17 contact conducting respectively with sensing chip 19, filter screen 4 utilizes the inverted L shape draw-in groove 411 of its lower end periphery to be nested on the blocking projection 261 of body flange 26 outer rims of container 2, filter screen 4 is stationary positioned smoothly, the soya bean of requirement is inserted in the filter screen 4, cover protecting cover 42, then in container 2, put into the water of requirement, at this moment, soya bean begins to soak, and soft gradually expansion, about 8～12 hours of soak time, after immersion is finished, starter 11 can utilize and blend cutter 23 soya beans in the filter screen 4 are blended, and the soya bean juice after blending infiltrates through filter screen 4, and mixes with water in the container 2, then, start electrothermal tube 5 and begin heating, after waiting to boil, can pour out soya-bean milk by container 2 and drink, the soya bean residue is then stayed in the filter screen 4, it is taken out remove again.Fig. 4 is a circuit control calcspar of the present utility model, switch controlling device 7 is provided with the button A of four LED lights, B, C, D, wherein the A button is controlled opening of motor 11 separately through a drive member (can be relay) RL1, close, the B button is controlled opening of electrothermal tube 5 separately through another drive member (can be relay) RL2, close, the C button is an automatic control switch, when pushing the C key, two time controller T1, T2 controls the keying of motor 11 and electrothermal tube 5 respectively, automatically the best implementation data in control time is: (1) time controller T1 setting-up time is one minute, and promptly the 11 drive times of blending of motor are one minute; (2) time controller T2 setting-up time is 17 minutes, and promptly be 17 minutes the heat time heating time of electrothermal tube 5, and wherein last a few minutes are for boiling state; (3) caution bell ring outage shutdown automatically after a minute; (4) button D is a shut down switch, can be in any time this machine being shut down.Sensing bar 6 when the height of liquid level is reduced to down initial point, is represented lacks of water in the container 2 in order to detect the height of liquid level, promptly this liquid level is at electrothermal tube below 5, for preventing electrothermal tube 5 overheated burning, control device 7 is provided with the lack of water safety switch that cuts off the power supply automatically, with the security that guarantees to use.

Facts have proved, automatic soya-bean-milk making machine of the present utility model, textural association rationally, it is convenient to clean, easy to use and safety reaches design purpose.

Claims

1, a kind of automatic soya-bean-milk making machine, by support, container and loam cake are formed, establish the high rotating speed motor of series excitation type in the support, switch controlling device is established in the outside, the spacer that protrudes out is established in the support top, its periphery is established more than one L type draw-in groove, support central indentation place is provided with a driving-disc that is driven by motor, the L type draw-in groove of the relative support of bottom inner peripheral of container is provided with clamping block, establish on the body flange of internal tank central authorities and blend cutter, blend the turning cylinder bottom of cutter, set firmly one can be mutually meshing with driving-disc Brake Block, loam cake places on the container, it is characterized in that, the top of support is provided with two conducting strips of symmetry, supply line in conducting strip and the support connects, support top appropriate location is provided with a sensing chip, the body flange outside of container is provided with larger-diameter convex ring body, the outer peripheral edges of convex ring body are provided with more than one blocking projection, be provided with filter screen in the container, on the filter screen, the lower surface is nested with adamant, and help with reinforced ribs the centre again, and its top is provided with protecting cover, the lower end periphery is provided with the inverted L shape draw-in groove with respect to blocking projection place, the inverted L shape draw-in groove is nested on the blocking projection of convex ring body outer rim, and electrothermal tube is semi-circular body, and both ends stretch through at the container root edge, utilize screw to be fixed in the container, sensing bar is locked in the container by screw, and its height that protrudes out is a little more than the height of electrothermal tube, and the bottom protrudes out at container root edge face with respect to the sensing chip place.